Compressed Air

From HBM's Nuclear Tech Wiki
Compressed Air
Properties
TypeGas
Made With/ByAir Intake
Difficulty of ProductionEasy
Exists in RealityYes
Can Be PlacedNo
Temperature~20°C
Renewable?Yes
Tooltip
Compressed Air
[Gaseous]
Hbm's Nuclear Tech
Warnings
Fire Diamond
NFPA 704
NFPA 704 four-colored diamondHealth 0: Exposure under fire conditions would offer no hazard beyond that of ordinary combustible material. E.g. sodium chlorideFlammability 0: Will not burn. E.g. waterInstability 0: Normally stable, even under fire exposure conditions, and is not reactive with water. E.g. liquid nitrogenSpecial hazards (white): no code
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Compressed Air

Compressed Air is a gas that is used primarily to transport items via pneumatic tubes, it can be obtained with an air intake.

Production

  • Producing compressed air is rather simple, as only an air intake and power is required. An air intake can be assembled with the following recipe:
Crafting Table
Steel Grate
Steel Grate
Steel Grate
Steel Plate
Motor
Steel Plate
Steel Plate
Steel Tank
Steel Plate
Air Intake

Uses

  • Compressed air can be used alongside compressors to transport items via pneumatic tubes, and the range of the tube is dependant on how many compressors are used:
Pneumatic Tubes
Pressure Range
1 PU 10m
2 PU 25m
3 PU 100m
4 PU 250m
5 PU 1000m
Chemical Plant
Inputs Recipe
Chemistry Recipe: Biogas

Production Time: 3.0 seconds

Consumption: 100HE/t

Inputs: Compressed Air, Biomass

Produces: Biogas

Compressed Air
4,000mB
Biogas
2,000mB
Chemistry Recipe: Xenon Gas

Production Time: 15 seconds

Consumption: 1.0kHE/t

Inputs: Compressed Air

Produces: Xenon Gas

Compressed Air
16,000mB
Xenon Gas
50mB
Blueprint: Xenon Gas (Cooled)

Production Time: 1.0 seconds

Consumption: 1.0kHE/t

Inputs: Compressed Air, Liquid Oxygen

Produces: Xenon Gas

Compressed Air
8,000mB
Liquid Oxygen
250mB
Xenon Gas
50mB